The Datasheet Archive

TC9122 p datasheet (5)

Part Manufacturer Description Type PDF
TC9122P Others Shortform IC and Component Datasheets (Plus Cross Reference Data) Scan PDF
TC9122P Toshiba High Speed BCD Programmable Counter Scan PDF
TC9122P-23 Toshiba HIGH-SPEED BCD PROGRAMMABLE COUNTER Scan PDF
TC9122P-45 Toshiba HIGH-SPEED BCD PROGRAMMABLE COUNTER Scan PDF
TC9122PT Toshiba HIGH-SPEED BCD PROGRAMMABLE COUNTER Scan PDF

TC9122 p Datasheets Context Search

Catalog Datasheet MFG & Type PDF Document Tags
1996 - digital phase detector

Abstract: Phase Frequency detector 74AC11074 TC9122 TLC2932 TLC2932IPW TC9122 p Transistor w2n
Text: expressed as: q osc(s) q REF(s) K + 1 )PK K F(s) K V(s) P K F(s) K V(s) + W(s) (2.1 , ) P K K F(s) K V P K F(s) K V (2.3) This equation is the general linear transfer function , . This method is called the prescaler method. Input Signal to Programmable Counter Frequency: f / P ) Input Signal Frequency: f Prescaler Programmable Counter Output Signal Frequency: f / ( P N) Frequency Divide Ratio: P (Fixed) Control Signal for Setting Frequency Divide Ratio (Ratio


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PDF TLC2932 SLAA011A digital phase detector Phase Frequency detector 74AC11074 TC9122 TLC2932 TLC2932IPW TC9122 p Transistor w2n
1995 - TC9122

Abstract: "Active Filter" Phase Detector transistor 2zn TLC2932IPW TLC2932 74AC11074 single phase ups block diagram frequency divider block diagram TC9122 p
Text: Counter Frequency: f / P ) Input Signal Frequency: f Prescaler Programmable Counter Output Signal Frequency: f / ( P N) Frequency Divide Ratio: P (Fixed) Control Signal for Setting , is fixed. As shown in Figure 2­19, if the prescaler frequency divide ratio is P and the programmable counter frequency dividing ratio is N, then the total frequency divide ratio becomes P × N. As shown in , oscillating frequency is changed in steps of P /M times the phase-reference frequency. Thus the channel space


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PDF TLC2932 SLAA011 TC9122 "Active Filter" Phase Detector transistor 2zn TLC2932IPW TLC2932 74AC11074 single phase ups block diagram frequency divider block diagram TC9122 p
1994 - TC9122

Abstract: TC9122P TLC2932EVM CMOS Data Book Texas Instruments Incorporated SLAD001 TC9122 p TLC2932IPW TLC2932 74AC11074 142s1
Text: values are calculated in the following section Counter: N/M = 455/910, 1/2 divide prescalar ( P = 2 , ) Prescalar (1/ P ) R2 R3 C1 FIN-A VCO GND fREF Programmable Counter (1/N) P =2 C2 , range: Selected from the VCO characteristic curve below (see Figure 1­3) Lock up time: ts = 1 ms P N , : w n + (Kp @ Kv){( P @ N) @ (T1 ) T2)} (2) z + w n2 @ T2 ) N(Kp @ Kv) (3) (T1 + R2 @ C1 , calculated according to the following equations: R2 + Kp @ Kvwn2 @ 1( P @ N) * 2zwn ) N(Kp @ Kv)C1 (6


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PDF TLC2932 SLAU003A TC9122P TC9122 TLC2932EVM CMOS Data Book Texas Instruments Incorporated SLAD001 TC9122 p TLC2932IPW 74AC11074 142s1
1994 - TC9122

Abstract: TC9122P TLC2932EVM 74AC11074 TLC2932 TLC2932IPW SLAD001 tlc2932 application report
Text: calculated in the following section Counter: N/M = 455/910, 1/2 divide prescalar ( P = 2) Figure 1­2 shows , / P ) R2 R3 C1 FIN-A VCO GND fREF Programmable Counter (1/N) P =2 C2 Low-Pass , : Selected from the VCO characteristic curve below (see Figure 1­3) Lock up time: ts = 1 ms P N count , : + (Kp @ Kv){( P @ N) @ (T1 ) T2)} z + w n2 @ T2 ) N(Kp @ Kv) (T1 + R2 @ C1, T2 + R3 @ C1) wn , ( P @ N) * 2zwn ) N(Kp @ Kv) C1 (6) R3 + 2zw n * N(Kp @ Kv)C1 (7) R2 When C1 is set to 1 µF


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PDF TLC2932 SLAU003A TLC2932 TLC2932I SLAS097E TC9122 TC9122P TLC2932EVM 74AC11074 TLC2932IPW SLAD001 tlc2932 application report
1994 - TC9122P

Abstract: TC9122 TC9122 p 74AC11074 TLC2932 TLC2932IPW SLAD001 142s1
Text: values are calculated in the following section Counter: N/M = 455/910, 1/2 divide prescalar ( P = 2 , ) Prescalar (1/ P ) R2 R3 C1 FIN-A VCO GND fREF Programmable Counter (1/N) P =2 C2 , range: Selected from the VCO characteristic curve below (see Figure 1­3) Lock up time: ts = 1 ms P N , : + (Kp @ Kv){( P @ N) @ (T1 ) T2)} z + w n2 @ T2 ) N(Kp @ Kv) (T1 + R2 @ C1, T2 + R3 @ C1) wn , ( P @ N) * 2zwn ) N(Kp @ Kv) C1 (6) R3 + 2zw n * N(Kp @ Kv)C1 (7) R2 When C1 is set to 1 µF


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PDF TLC2932 SLAU003A TC9122P TC9122 TC9122 p 74AC11074 TLC2932IPW SLAD001 142s1
1997 - Phase Frequency detector

Abstract: SLAA011B TC9122 phase detector single phase ups block diagram frequency divider block diagram frequency detector digital phase detector analog vco transistor kf 469
Text: ) P K V(s) + W(s) (1) The VCO transform gain, KV, is a function of time. Since phase is , equation 2 W(s) K + s )PK K F(s ) KV K F(s) P (3) KV This equation is the general , . KP + VOH4* VOL [Vrad] p (36) Where: VOH = maximum output voltage VOL = minimum output , method. Input Signal to Programmable Counter Frequency: f / P Input Signal Frequency: f Prescaler Programmable Counter Output Signal Frequency: f / ( P N) Frequency Divide Ratio: P (Fixed) Control


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PDF TLC2932 SLAA011B Phase Frequency detector SLAA011B TC9122 phase detector single phase ups block diagram frequency divider block diagram frequency detector digital phase detector analog vco transistor kf 469
2000 - Phase Frequency detector

Abstract: Transistor w2n diode ring mixer phase detector SLAA011B TLC2932IPW TLC2932 TC9122 74AC11074 PHASE LOCKED LOOP phase detector
Text: can be expressed as: q osc(s) q REF(s) K + 1 )PK K F(s) K V(s) K F(s) P K V(s , + s ) P K K F(s ) KV K F(s) P (3) KV This equation is the general linear , from equation 34. KP + VOH4* VOL p (36) [V rad] Where: VOH = maximum output voltage , method. Input Signal to Programmable Counter Frequency: f / P Input Signal Frequency: f Prescaler Programmable Counter Output Signal Frequency: f / ( P N) Frequency Divide Ratio: P (Fixed) Control


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PDF TLC2932 SLAA011B Phase Frequency detector Transistor w2n diode ring mixer phase detector SLAA011B TLC2932IPW TLC2932 TC9122 74AC11074 PHASE LOCKED LOOP phase detector
1997 - 74AC11074

Abstract: TC9122 TLC2932 TLC2932IPW tlc2932 application report TC9122 p SLAA011B
Text: can be expressed as: q osc(s) q REF(s) K + 1 )PK K F(s) K V(s) K F(s) P K V(s , + s ) P K K F(s ) KV K F(s) P (3) KV This equation is the general linear , . KP + VOH4* VOL p (36) [V rad] Where: VOH = maximum output voltage VOL = minimum , method. Input Signal to Programmable Counter Frequency: f / P Input Signal Frequency: f Prescaler Programmable Counter Output Signal Frequency: f / ( P N) Frequency Divide Ratio: P (Fixed) Control


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PDF TLC2932 SLAA011B TLC2932IPW 74AC11074 TC9122 TLC2932 TLC2932IPW tlc2932 application report TC9122 p SLAA011B
2000 - Transistor w2n

Abstract: RADSE TLC2932IPW tlc2932 application report 74AC11074 TC9122 TLC2932
Text: can be expressed as: q osc(s) q REF(s) K + 1 )PK K F(s) K V(s) K F(s) P K V(s , + s ) P K K F(s ) KV K F(s) P (3) KV This equation is the general linear , . KP + VOH4* VOL p (36) [V rad] Where: VOH = maximum output voltage VOL = minimum , method. Input Signal to Programmable Counter Frequency: f / P Input Signal Frequency: f Prescaler Programmable Counter Output Signal Frequency: f / ( P N) Frequency Divide Ratio: P (Fixed) Control


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PDF TLC2932 SLAA011B Transistor w2n RADSE TLC2932IPW tlc2932 application report 74AC11074 TC9122 TLC2932
M5L8042

Abstract: panasonic inverter dv 707 manual ccd camera mc 7218 wiring diagram panasonic inverter manual dv 707 tda 12011 pin details tmm2114 tda 12011 Toshiba DC MOTOR DGM 3520 2A sn29764 MC74HC4538
Text: listings Overvoltage Protector 3594-1 NTDS 3171-1 P 3176-13 Packet Switching NTSC TV 3522-61 , Comparators 3573-1 28 ® IC MASTER 1985 MSG FUNCTION INDEX I Fncliei Pigi-Lin FibcIIsr Pigi-Lin P (Contâ


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PDF S-17103 54070Z CH-5404 M5L8042 panasonic inverter dv 707 manual ccd camera mc 7218 wiring diagram panasonic inverter manual dv 707 tda 12011 pin details tmm2114 tda 12011 Toshiba DC MOTOR DGM 3520 2A sn29764 MC74HC4538
billion transformer e 3103 308 30631

Abstract: 74ls219 HD46505 -250/billion transformer e 3103 308 30631 SW02F motorola mda 962-2 SAA6000 billion transformer e 3140 118 32432 54LS323 FZK105
Text: -Bit Binary Mu iti D/A Converter 2502 12-Bit . P D/A Co iverter 2504 10-Bit. P A/D Converter 2512 Analog Multi Selection Guide 25*4 Voltage Regula or/References 2.5 Vodage , NEWMAN Market Service Manager GEORGEANN JOHNSON President ' Vice Presidents ROBERT J. MALES MANLEY P


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PDF S2000, K25582 CH-5404 54070Z billion transformer e 3103 308 30631 74ls219 HD46505 -250/billion transformer e 3103 308 30631 SW02F motorola mda 962-2 SAA6000 billion transformer e 3140 118 32432 54LS323 FZK105
AD0912UB-A7

Abstract: AD0812HB-C71GP AD2512HB-BV7 AD4512LX-D03 AB7505HX-HB3 AD0812XB-D91GP AD0612XB AD0812HB ad6505 AD0912
Text: . . - DESCRIPTION: ID No. DC FAN (Lead Free) DC P . S. rfv _ Ë. THIS OFFER IS MADE , AD0605(X)(Y)-D7{Z)GL, AD0605( P )(Y)-A7(Z)GL, where (X) may be U, H, M or L, (Y) may be B, S or X, (Z) may be 1, 2 or 3, ( P ) may be H, M or L, Model AD0848H(X)-A7(Y)GL, where (X) may be B, S or X, (Y) may be , , AD6512HB-TB(Z), AB0305H( P )-GA(U), AB0305MB-GA0, AB0305LB GAO, AB0305H( P )-GA(Z), AB0305MB GA(Z) series, where (X) may be H, M or L, (Y) may be B, S or X, ( P ) may be B or X, (Z) may be 1 or 3, (U) may be 0 or 6


OCR Scan
PDF AD0912UB-A73GL 49/22i AD0912UB-A7 AD0812HB-C71GP AD2512HB-BV7 AD4512LX-D03 AB7505HX-HB3 AD0812XB-D91GP AD0612XB AD0812HB ad6505 AD0912
6Bs smd transistor

Abstract: e 156176 smd code 6Bs HDC-HE-16SS crimp tools kit 163356 163063 RSV 1.6 ZE 36 6BS SMD pcb connectors 163953
Text: 26.16 20.14 20.10 20.14 8,0 mm 7,0 mm 3+4- p . 4,5 mm 10,0 mm 11,0 mm 11,0 mm of poles Insulating stripping length - Screw connection 10-48- p . 7,0 mm - Crimp , 16 A max. 16 A max. 3+4- p . 10 A max. 35 A max. 16 A max. 10-48- p . 16 A max. Rated , voltage 600V~ 500V~/600V- 600V~ acc. UL/CSA Protection with/ IP 65 IP 65 3+4- p . IP , 20 IP 20 IP 20 IP 20 IP 20 acc. DIN 40050 10-48- p . with/ without housing IP


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PDF 24/RS DC-200 6Bs smd transistor e 156176 smd code 6Bs HDC-HE-16SS crimp tools kit 163356 163063 RSV 1.6 ZE 36 6BS SMD pcb connectors 163953
2013 - Not Available

Abstract: No abstract text available
Text: "-13". 105 = 1.0uF 226 = 22uF 107 = 100uF Example P /N: TA016TCM106KCR Standard termination , t 0.1 Ø1.5 -0 p d Reel E C 1.750.1 a t c A b D t w , : mm p ± 0.1 w ± 0.1 d ± 0.1 W Reel Dimensions Unit: mm A B C D E W t


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PDF 1000uF 7343H)
RG2012P-472-B-T5

Abstract: RG2012P-681-B-T5 rg2012p RG2012P-105-B-T5 RG2012P-22 RG2012P-242-B-T5 RG2012P-243-B-T5
Text: No file text available


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PDF RG2012PB-KIT RG2012PB RG2012P-101-B-T5 RG2012P-102-B-T5 RG2012P-103-B-T5 RG2012P-104-B-T5 RG2012P-105-B-T5 RG2012P-111-B-T5 RG2012P-112-B-T5 RG2012P-113-B-T5 RG2012P-472-B-T5 RG2012P-681-B-T5 rg2012p RG2012P-105-B-T5 RG2012P-22 RG2012P-242-B-T5 RG2012P-243-B-T5
2011 - ta035tcm105

Abstract: TA006TCM226 TA010TCM475 TA020TCM475 TA025TCM TA025TCM106
Text: TA004TCM106 K or M AR 0.5 6 6 Cap. µF Case Code Catalogue P /N 3.3 A 4.7 6.8 , TA006TCM106 K or M AR 0.6 6 4 Cap. µF Case Code Catalogue P /N 2.2 A 3.3 4.7 , have P /N callouts as "006" but are rated at 6.3V. 29 5900 Shepherd Mountain Cove · Austin, TX , TA010TCM335 K or M AR 0.5 6 6 Cap. µF Case Code Catalogue P /N 1.5 A 2.2 10V , 4 Cap. µF Case Code Catalogue P /N 1 A 1.5 2.2 16V DC 4.7 B


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PDF TA050TCM225 TA050TCM335 TA050TCM475 TA050TCM685 TA050TCM106 TA050TCM156 TA050TCM226 ta035tcm105 TA006TCM226 TA010TCM475 TA020TCM475 TA025TCM TA025TCM106
2008 - Not Available

Abstract: No abstract text available
Text: Catalogue P /N Max. DCL @ +25°C (µA) Max. DF @ +25°C 120 Hz (% , 5.0 4.0 4.0 3.5 2.6 3.5 3.0 2.0 Note: All 6.3V Tantalums have P /N callouts as “006” but , . Case µF Code Catalogue P /N Max. DCL @ +25°C (µA , have P /N callouts as “006” but are rated at 6.3V. 10V DC A TA 010  TCM 155  K or , Part Numbers & Data Cap. Case µF Code Catalogue P /N


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PDF
AD2512HB-BV7

Abstract: AD0524HB-G76 ad09 AD0612UB-A72GL AD0212 AD0812MB-D76 AD0412 AD0505M AD0612H BD0412MS-G70
Text: R F F N n APPROVED DATE CHECKED P R E P A R E D ,-^ d a t e M O H R M O AD0512HB-D71 DC FAN - P S . R F V A D E S C R IP T IO N : in N n THIS OFFER , V2/E132139 February 27, 2001 Noribbri'cL Mslville. K'rv. Ver». · I£21, P ' -5203 Santa C iars , be 1 or 2, (B) m ay be D, H, L or M, (C) may be B, S or X, (D) m ay beAX AW, P I or PW, (E) may be H , . 349050002 Page 2 of 2 G P W V 8/E 132139 February 27, 2001 & * L & & 1 ZertifikßtNr


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PDF AD0512HB-D71 QS-9000 0512X E/00740 AD2512HB-BV7 AD0524HB-G76 ad09 AD0612UB-A72GL AD0212 AD0812MB-D76 AD0412 AD0505M AD0612H BD0412MS-G70
2005 - Not Available

Abstract: No abstract text available
Text: SERIES DATA TABLE Standard Part Numbers & Data Cap. Case µF Code Catalogue P /N 4.0V DC , P /N callouts as "006" but are rated at 6.3V. 5900 Shepherd Mountain Cove · Austin, TX 78730 Phone , µF Code Catalogue P /N Max. DCL @ +25°C (µA) Max. DF @ +25°C 120 Hz (%) Max. ESR 100 kHz (W , 6 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 Note: All 6.3V Tantalums have P /N callouts as "006" but are , SERIES DATA TABLE Standard Part Numbers & Data Cap. Case µF Code Catalogue P /N Max. DCL @


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PDF
1999 - SmartDie

Abstract: PLCC 44 intel package dimensions IMC016FLSC 28F400B3 28F320B3 28F160F3 28F160B3 28F032B3 28F016B3 IMC008FLSc
Text: 128K × 8 120, 150 E/PA E, TE/PA, TB E/PA E, TE/PA, TB E TE E/PA E, TE/PA, TB E, P /PA N, P , 4.5-5.5V 4.5-5.5V 4.5-5.5V 4.5-5.5V 4.5-5.5V 4.5-5.5V 4.5-5.5V P , N, E P , N, E 32 32 , TE E/PA E, TE/PA, TB E, P /PA N, P 48/44 48/44 48/44 48/44 40 40 48/44 48/44 40/44 32 , 4.5-5.5V 4.5-5.5V 4.5-5.5V P , N, E P , N, E 32 32 4.5-5.5V 4.5-5.5V 12V 12V 4.5-5.5V , DA = SSOP PA = PSOP P = PDIP E = TSOP N = PLCC Product Line Designator for all Intel Flash


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PDF USA/0399/10K/MS SmartDie PLCC 44 intel package dimensions IMC016FLSC 28F400B3 28F320B3 28F160F3 28F160B3 28F032B3 28F016B3 IMC008FLSc
Vadem

Abstract: VG-469 IRQ11 AMPHUS
Text: No file text available


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PDF VG-469 Vadem IRQ11 AMPHUS
2005 - M3601

Abstract: G2800 M3602 G3503 wieson 4210
Text: digit alphanumeric code; Cat. No. M3600 followed by 04, followed by B, G or W, followed by N, P or T; Cat. No. M3601 followed by B or P , followed by F or S, followed by 1, 2, 3, 4 or 5. Cat. No. 118040 followed by M or N, followed by A, B, C or D, followed by S1, S2, S5 or S6, followed by B or P , followed by B, G or U. Cat. No. M3602 followed by B, P or T, followed by A or B, followed by T1 or T2; Cat. No. 6141 followed by 188, followed by P or T, followed by D, F, P or S, followed by 1, 2, 3, 4, 5 or


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PDF G3281-030201 GM3281-050304 WSC-WG-QU-148) SS-00259 2002/95/EC) M3601 G2800 M3602 G3503 wieson 4210
rg1608p

Abstract: RG1608P-752-B-T5 RG1608P-751-B-T5 RG1608P-473-B-T5 rg1608p-124-b-t5
Text: No file text available


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PDF RG1608PB-KIT RG1608PB RG1608P-101-B-T5 RG1608P-102-B-T5 RG1608P-103-B-T5 RG1608P-104-B-T5 RG1608P-111-B-T5 RG1608P-112-B-T5 RG1608P-113-B-T5 RG1608P-114-B-T5 rg1608p RG1608P-752-B-T5 RG1608P-751-B-T5 RG1608P-473-B-T5 rg1608p-124-b-t5
2008 - Not Available

Abstract: No abstract text available
Text: ±20% 33V 2.4A 290mAp- p or less 900mAp- p or more 11.5 3.5 ZPC47BX100B 10Ω ±20% 56V 1.0A 100mAp- p or less 330mAp- p or more 9.0 ZPC4RCE5R0A 120V 3.5A 290mAp- p or less 730mAp- p or more 16.8 ZPC4MCE100A 10Ω ±20% 140V 1.5A 210mAp- p or less 540mAp- p or more 15.3 ZPC52CE121A 120Ω ±20% 265V 0.3A 40mAp- p or less 100mAp- p or


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PDF ZPC11CE2R2A 300mA 760mA 330mA 290mAp-p 900mAp-p ZPC47BX100B 100mAp-p 330mAp-p
2010 - Diode marking MFW

Abstract: marking MFW MS CONNECTORS E224053 HD15 by114
Text: , followed by U, T or SG, followed by A or B, may be f/b SMT, SMT-A, SMT-B, HT, L, P or BR. Connectors , ) D followed by 50, followed by PF or SF, followed by M or P , followed by 1 or 2. Connectors, "D , P , followed by 1 or 2. Connectors, "D Series", Model(s) D followed by E09, A15, B25, or C37 , by Blank, .5, S or S.5., DJ followed by N or P , followed by 3P thru 13P, followed by A or B , , B3, AB, B4, B5, C, D, P , AP, BP or AB1, f/b S, D, T or Q, f/b RA, RU, VT or S, may be f/b SMT, TSMT


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PDF E224053 E224053 Diode marking MFW marking MFW MS CONNECTORS HD15 by114
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